THM Gas Turbines
THM Gas Turbines
THM Gas Turbines , THM 1304 Heavy Duty Gas Turbine allow easy maintenance and installation thanks to the twin shaft construction. This Turbine is low maintenance because of the technology and materials that have been implicated. This Turbine also has long life major rotating components which guarantee outstanding performance and optimal service best suited for industrial usage. Continuous retrofitting allows new technologies to be integrated into the Turbine.
Emission Regulations are optimal since two combustors. standard diffusion and lean premix are available which limit and control flame temperature with the help of an air by pass system. reducing emissions of nitrogen oxides (NOx) and carbon monoxide (CO) significantly. The turbine can be modified for use of Diesel, Kerosene or Methanol Liquid Fuels.
THM 1304 Heavy Duty Gas Turbine Advantages:
THM Gas Turbines , Two members with ISO Power Outputs 10.500 kW and 12,500 kW.
- Self-Contained Axial Flow Design.
- Twin Shaft, meaning the Gas Generator and Power Turbine are mechanically independent.
- Modular Engines for facile dismantling.
- Aero Engine cooling technology and materials.
- Operation in gas temperature and stress levels.
- Continuous retrofitting Can be used as a mechanical or generator drive.
- Low NOx and CO exhaust emissions levels.
- Fuel Flexibility
Compressor for pipeline and other process applications.
Oil Pipeline and Water Injection pump drives
Co-Generation of heat and power
Many existing Gas Turbine Overhaul use an electric motor to start the turbine. This electric motor is powered by mains or adjacent units and gradually increases the speed of the gas turbine
solar gas turbine , Among renewable energies, the sun, as an endless source of energy, has always been in the focus of researchers.
The use of solar radiation energy in conventional power generation systems. such as gas turbines can play an important role in reducing fuel consumption and environmental pollution. On the other hand, this issue increases the efficiency of the desired cycles and improves their performance.